The distance y (in centimeters) a spring is compressed by a force x (in kilograms) is given by y = 0.065x.
Complete a table of values for
x = 20, 40, 60, 80, and 100
to determine the distance the spring is compressed for each of the specified forces.

(x, y) = {(20, 1.3), (40, 2.6), (60, 3.9), (80, 5.2), (100, 6.5)}

Graph C represents the table of values

Step-by-step explanation:

To complete the table, substitute each value of x into the equation, , to find each corresponding y-value.

Thus:

✔️When x = 20:

✔️When x = 40:

✔️When x = 60:

✔️When x = 80:

✔️When x = 100:

✔️The graph of that represents this table of values is graph C. See attachment.

i leave the calculator work to you.

7. diameter 4 miles, circumference 4π miles

8. radius 0.2 miles, circumference 0.4π miles

[this is a bad problem because the actual radius of a car on the track is less than 0.2 miles so the answer is less than 0.4π miles]

9. radius 6 feet, circumference 12π feet

10. diameter 14 cm, circumference 14π cm

11. diameter 4.8 feet, circumference 4.8π feet

21/58.

hope to be marked brainliest